Nafion™ Membranes, Dispersions, and Resins’ Post

Trinohex Ultra helps improve lithium-ion battery performance , safety and cycle life . Low gas formation , improved capacity retention and reduced impedance growth can be some indicators … Please connect with Ascend Performance Materials to know more ..

Today, the Queensland Powering Australia team of Lynnard Cucksey and Krutika Momaya hit the road to visit local company VSPC Ltd to see firsthand their cutting-edge battery technology and manufacturing processes. VSPC has developed and patented processes for cost-effective manufacture of high-purity, nano-scale materials for the lithium-ion battery market.  Their technology enables high-performance cathode materials to be produced efficiently with a focus on sustainability. Krutika and Lynnard were hosted by Plant Manager John Worsley and Lead Scientist Thushan Pathirana who walked them through their electro-chemistry lab and pilot production facility based in Brisbane. The facility encompasses design, creation and supply of high-purity, high-performance, nano-scale complex metal oxides and cathode materials – from initial research through to pilot-plant (current) and (ultimately) large-scale manufacture. A big thank you to VSPC Ltd for hosting our team and sharing your expertise. We look forward to continuing our conversations over the coming months. #energytransition #poweringaustralia #batterytechnology #australianmanufacturing

Let me know if you’d like to learn more about Trinohex Ultra!

It is our pleasure to formally announce that we are without doubt on track with our #SolarCO2Value technology development to reach industrial size. It all began with a cell as small as a tennis ball, and through hard work, dedication, besting challenges, and employing novel solutions during the development, our cell not only kept growing in size but also we were able to enhance its performance. The team is tirelessly concluding tests and measurements, with results directing us towards progress. We could not have achieved such huge progress without the people behind eChemicles. Our cell today is 300 times larger than the very first one, meaning increased performance and capacity as well. Now eChemicles is on the edge of filling a container with our #sustainable technology, up to its brim. Our plants will be able to reduce the emissions of certain hard-to-abate sectors, especially considering the #carbonfootprint of the chemical industry.  #innovation #NetZero #CCU

🍀 Boston is said to be the place where it all began. The past and present blend seamlessly along its cobblestone streets.   But Matteco is in Boston with an eye on the future of #electrolysis technology. Our next-generation catalysts and electrodes have landed at World Electrolysis Congress North America to show that more cost-effective #greenhydrogen production is possible, and it's possible now.   Are you there? Alberto Piñero de Miguel, our Business Development Director, can show you the great results of our high performance technologies that are already being integrated by major alkaline & AEM electrolyzer manufacturers.   #WECNA #WECNA24 #WHL #hydrogen #cleantech

📰 Sparc Technologies H1 2024 Review - A Letter from the Managing Director Nick O'Loughlin, Managing Director, provides a brief overview of Sparc Technologies' key activities in 2024 and the substantial opportunities ahead. Highlights: ✅ Green Hydrogen: Progress with photocatalytic production, collaboration with Shinshu University, and plans for a pilot plant. ✅ Graphene-Based Coatings: Significant advancements and market positioning with strong end-user demand. ✅ Sodium-Ion Batteries: Completion of final research milestone with QUT and ongoing discussions with industry partners. ✅ Financial Health: Strong cash balance, no debt, and robust shareholder support. Read the full review: https://lnkd.in/gpc46R-j

We’re happy to share the release of NOVONIX’s newest white paper focused on our cathode technology, An Evaluation of All-Dry, Zero-Waste Cathode Synthesis Technology on Mid-Nickel LiNi0.6Mn0.2Co0.2O2 (NMC622) at the Pilot Scale.     This white paper explores the innovative capabilities of our all-dry, zero-waste cathode synthesis technology, demonstrating its feasibility and advantages on a pilot scale in both processing and performance.     Learn more about our groundbreaking cathode technology and download the white paper by visiting the link below: https://lnkd.in/gCyHw5kz     #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain #cathode  

Energy Transition is driving unprecedented demand for batteries. New chemistries are emerging each year, aimed at reducing costs, improving performance, or both. Staying informed is imperative to capitalise on emerging trends, navigate technological advancements effectively, manage procurement and risk, and grow financially and strategically. CRU’s Battery Technology and Cost Model offers unparalleled data and analysis capabilities, empowering decision making in the battery space.

The EU H2020 NEXTAEC projet - Materials for Next Generation Alkaline Electrolysers, Grant no. 862509 - ended about six months ago. Just like in the present ENDURE project, UCLouvain was involved in the consortium as an academic partner, focusing on the development of new electrode designs. NEXTAEC was the cradle for the concept of laterally-graded, bi-layer foam electrodes for alkaline electrolysis. These electrodes combine high activity and efficient bubble removal in a unique way, so unique that we are proud to announce that we made it to Nature Communications! You can find the article here: https://lnkd.in/etitEHRu These bi-layer foam electrodes were the basis for the new concepts of porous transport electrodes currently developed within the ENDURE project. Such a strong synergy between successive EU projects is a sign of significant breakthrough. #ENDUREProject #UCLouvain #Innovation #Sustainability #GreenHydrogen

Significant challenges to overcome, but an exciting alternative to existing energy sources.